湖北民族学院学报:自然科学版
湖北民族學院學報:自然科學版
호북민족학원학보:자연과학판
Journal of Hubei Institute for Nationalities(Natural Sciences)
2012年
4期
373-375
,共3页
弦振动%波动方程%最佳频率%最佳张力
絃振動%波動方程%最佳頻率%最佳張力
현진동%파동방정%최가빈솔%최가장력
string vibration%vibration equation%optimal vibration frequency%optimal tension
讨论了弦线振动横波波动方程,指出了驻波与共振现象之间的关系,研究了固定弦线密度下弦线张力与波长关系、振动频率与波长关系,通过对实验数据的拟合,找到了弦线张力与波长的最佳振动频率为110Hz及振动频率与波长的最佳张力为1.36N.
討論瞭絃線振動橫波波動方程,指齣瞭駐波與共振現象之間的關繫,研究瞭固定絃線密度下絃線張力與波長關繫、振動頻率與波長關繫,通過對實驗數據的擬閤,找到瞭絃線張力與波長的最佳振動頻率為110Hz及振動頻率與波長的最佳張力為1.36N.
토론료현선진동횡파파동방정,지출료주파여공진현상지간적관계,연구료고정현선밀도하현선장력여파장관계、진동빈솔여파장관계,통과대실험수거적의합,조도료현선장력여파장적최가진동빈솔위110Hz급진동빈솔여파장적최가장력위1.36N.
In this paper, the vibration equation on the string is discussed to study linear relation among the wavelength and tension, the wavelength and the frequency of vibration. By fitting experiment data, it is found that 110 Hz is the optimal vibration frequency between the string tension and wavelength and 1.36N is the optimal tension between vibration frequency and wavelength.